Top Three Areas Where a Cobot Can Dramatically Improve Productivity


June 2, 2021

There re quite a few repetitive tasks in manufacturing. If all of these tasks must be performed manually, then a large number of a manufacturing company’s employees would be occupied with extremely mundane and tedious activities throughout the day.

One of these technologies is the collaborative robot, or cobot for short. This type of robot has built-in safety mechanisms allowing it to work closely with humans as well as on its own. Easy teaching mechanisms mean that cobots start covering new tasks with minimal changeover effort, adding to their flexibility.

Let’s take a look at a few key task categories that a cobot can perform, allowing human workers to focus on value-added activities that require more intelligence.

1.Machine tending

Machine tending refers to the activity of loading and unloading raw material or works-in-progress to and from a machine. Most machine tending processes are still performed manually–that is, by humans. You can guess that this work would be highly repetitive and burdensome, as well as –due to its proximity to the machine –potentially dangerous.

As qualified workers become difficult to find, many manufacturers are turning to automated machine tending solutions in the form of cobots. Collaborative robots can feed parts to machines for long periods of time without interruption, thereby freeing up operators to focus on more invigorating and creative tasks.


As with machine tending, assembly can involve tasks that are dangerous for humans to perform. In addition, fitting parts together requires extremely high precision and accuracy, and today’s labor shortage and high turnover rate means that companies are spending excessive amounts of time training human resources.

Since cobots can perform a variety of extremely high-precision tasks with minimal downtime, they’re an excellent option for assembly applications. Their compact form factor and lack of caging helps them fit easily into the most space-constrained applications, leaving room for other needs as they arise.


Packaging and palletizing applications are known for causing repetitive stress injuries and lifting-related musculoskeletal problems among workers.

Collaborative robots can greatly ease this strain and boost productivity by taking over the heavy lifting. They can also make it easier for companies to scale up during busy seasons, since hiring additional workers can be difficult.


Related Articles

Latest Articles

  • All You Need to Know: Disconnect Switches from ABB

    June 1, 2023 Disconnect switches are essential safety devices that play a critical role in electrical circuitry, both in industrial settings and in everyday life. These switches are designed to ensure the safe de-energization of electrical circuits during emergency stoppages, maintenance, or repairs. ABB, a leading global technology company, offers a wide range of high-quality… Read More…

  • Guillevin: Your Trusted Distributor of Breakers and Panels

    May 31, 2023 Guillevin is one of Canada’s largest distributors of electrical products in Canada. Founded in 1906 by François-Xavier Guillevin in Montreal, Quebec, they have enjoyed considerable expansion to become a leading distributor of electrical materials and products. Growth is something Guillevin is familiar with, and since their founding, they have opened numerous locations… Read More…

Featured Article

Humber Students Take Home Gold at Skills Ontario Competition in Mechatronics

Humber Students Take Home Gold at Skills Ontario Competition in Mechatronics
Paxton C. (left) and Dillon K. (right) win gold at 2023 Skills Ontario Competition in Mechatronics (Team of 2)

Skills Ontario recently held the 2023 Skills Ontario Competition in person at the Toronto Congress Centre. It was the first in-person event after three years of it being held virtually during the COVID pandemic.

Paxton C. and Dillon K. won gold and advanced to compete in Toronto against the best-of-the-best from the province in the Mechatronics Contest. 

Read More